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CP0805A2442BWTR is listed in the RF Directional Couplers range at ChipApex. The manufacturer field lists KYOCERA AVX. Its product description is RF DIR COUPLER 2.4-2.484GHZ 0805. Review the specifications below when checking this part for your BOM.
The CP0805A2442BWTR is a thin film directional coupler manufactured by KYOCERA AVX, designed for signal conditioning applications. It operates within a frequency range of 2.4 GHz to 2.484 GHz, centered at 2.442 GHz. The component features a 50 Ohm impedance and utilizes an SMD/SMT termination style in an 0805 (2012 metric) package. Key electrical specifications include a coupling coefficient of 10 ± 1dB, an insertion loss of 0.9 dB, and a maximum power handling capacity of 3W. The device is supplied in a reel packaging format.
Verify RoHS compliance status as documentation indicates non-compliance for this specific variant. Confirm that the ordering suffix corresponds to the correct coupling coefficient and insertion loss values. Ensure compatibility with standard 0805 footprint PCB layouts. Check for any specific handling requirements related to thin film technology during assembly.
Select this component when a 10dB coupling ratio is required for 2.4GHz applications. Consider the 0.9dB insertion loss impact on system gain. Evaluate the 3W power rating against peak signal levels. Compare against other CP0805 series variants if different coupling factors or frequency ranges are needed.
This part belongs to the CP0805 series of thin film directional couplers from KYOCERA AVX. These components are engineered for high-frequency signal processing tasks. The series offers various coupling coefficients tailored for specific RF bands. This model specifically targets the ISM band used in Wi-Fi and Bluetooth technologies.
CP0805B2442ASTR: Offers similar frequency coverage but differs in coupling coefficient and insertion loss specifications. CP0805B2442BSTR: Provides alternative coupling characteristics within the same frequency range. Verify pinout and electrical parameters before substitution.
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